A study explores how natural photochemical reactions can help degrade emerging contaminants in freshwater systems, specifically focusing on clofibric acid and diclofenac. The research highlights the contrasting effects of triplet sensitization and direct photolysis, providing new insights into how these processes can mitigate pollutant levels in lakes. The findings underscore the potential of photochemical reactions in supporting global efforts for water management and pollution control.
Sunlight’s power: Predicting global lake pollution reduction through photochemistry
-
HighlightsFree Dark Web Monitoring Stamps the $17 Million Credentials Markets
-
HighlightsSmart buildings: What happens to our free will when tech makes choices for us?
-
AppsScreenshots have generated new forms of storytelling, from Twitter fan fiction to desktop film
-
HighlightsDarknet markets generate millions in revenue selling stolen personal data, supply chain study finds
-
SecurityPrivacy violations undermine the trustworthiness of the Tim Hortons brand
-
Featured HeadlinesWhy Tesla’s Autopilot crashes spurred the feds to investigate driver-assist technologies – and what that means for the future of self-driving cars
